Rotating galaxies

When we see something rotating, can we be sure that it is really rotating?
We can see that galaxies are rotating, but can we say something sure of the
speed? Do we know the zero point, where no rotation exists. We cannot know
it, because the ether does not exist. There can be several different zero
points, and we cannot be sure of the speed of rotation.

Question of dark matter is one of the biggest in modern science. Is dark
matter really needed?

The theory of falling space says:

D. - DARK MATTER
In some galaxies, star revolution speeds have been observed that seem
contrary to the laws of gravity. The outermost stars may remain stationary
relative to the galactic centre, or revolve in the wrong direction. No
rational explanation has been found, so people have started to look for dark
matter in space. That would be matter invisible to measuring equipment. It
does not mean black holes but a widely dispersed mass outside of galaxies.
However, those controversial observations have a simple explanation, and
dark matter is not needed. We must recall the MM experiment a century ago
that proved the inexistence of ether. What could we compare the galaxy
revolution speed to, if not the ether! If we set our equipment to rotate at
a suitable speed, we can see that all the stars in the observed galaxy
revolve in the same direction and at speeds conforming to the laws of
gravity.

Gravity as falling space: http://www.wakkanet.fi/~fields/

Henry Haapalainen


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